DDX60 cDNA ORF clone, Ailuropoda melanoleuca(giant panda)

Gene
Clones
gRNAs

Summary

Gene Symbol	DDX60
Entrez Gene ID	100481165
Full Name	DExD/H-box helicase 60
Gene Type	protein-coding
Organism	Ailuropoda melanoleuca(giant panda)

mRNA and Protein(s)

mRNA	Protein	Name
XM_011223595.2	XP_011221897.1	probable ATP-dependent RNA helicase DDX60

Pathways from BioSystems
Gene Ontology

The following DDX60 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the DDX60 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OAc30760	XM_011223595.2 Latest version!	Ailuropoda melanoleuca DExD/H-box helicase 60 (DDX60), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00

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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)

DDX60 ( XM_011223595.2 ) cDNA ORF clone, Ailuropoda melanoleuca(giant panda) -> XP_011221897.1 Ailuropoda melanoleuca DExD/H-box helicase 60 (DDX60), mRNA.

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CloneID	OAc30760
Clone ID Related Accession (Same CDS sequence)	XM_011223595.2
Accession Version	XM_011223595.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5127bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	1482768000000
Organism	Ailuropoda melanoleuca(giant panda)
Product	probable ATP-dependent RNA helicase DDX60
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003217532.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Dec 28, 2016 this sequence version replaced XM_011223595.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Ailuropoda melanoleuca Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAGAAC ACATGATGAT TTTAGAGAGA ATGTCACAGC TAATTTTGAG TGCAGTGCCA 
AAAGCTGAAT ATTCCAGTTT ATTCAATGAT TTTATTGAAT CTGAATTTTT TCTGATTGAT 
GGAGATTCAT TACTTGCTAC ATGTATATGT GAGAAATCAT TAAAATCGGG GCAGGAGCTC 
CACTTCTTTT ATCTGGTTGA ATGCTATCTT ATGGATCTTA TCAGTAAAGG AGGACAATTT 
GCCATAGTTT TCTTCCAGGA TGCTGAGTAT GCATATTTCG GCCTCCCTGA ACTTCTTCCT 
TTGAGAACTG CTTTAATTCT TCATCTTCAG CATAATACCA CCATTGATGT TCGAACAAAA 
TTTTCTGGAT GCCTGTCACA GGAGTGGGAA ATTTTCTTGG AAGACAGTTA CCCATATTAC 
CTGATAGTTG CAGATGAAGG ACTGACCCAT CTACAAACAT ACCTTTTCAA CTTTTTAATT 
ACTCAGTCTT GGGCAATGAA AGTCAACATC GTGCTTTCCT CAGGGCAAAC ATCTGACATT 
CTTCGACTTT ATGCGTACCT TATGCCAAGC ATGTATAAAA ACCAAAAATT TTTCAAAGAG 
AATAAAGAGA AGATTGAGAG TGCTTATAAA ACCCTGATTA AACAATTGGA AGAATGTAGA 
ATTTCGGCAC TAGAATTTCT TTTTGGAAAT TTAAATTGGA AAAATATGAT GGAAGAGGCA 
TGTGAAACTA TTTCTCAGCT TAAGCAGCTC TGGCCAGAAG GCTCTGATAT TCGGCGTGTT 
CTTTGTGTTA CTTCATGCTC CTTGTCTTTG AGAATGTACC ATCACTTTTT AGAAAACAGA 
AAAAAGACTA CCTCTGATGA GAAAACTAAC ATCCAAGAGG AGGAAAGTAA TTGCTTAGCC 
CTGCAAGAGA TGGAGGATCT GTGTAAACTG CACTGTCTCA GTGTGGTTTT CCTACTCCAC 
TTACCTCTTT CTCAAAGAGC CTGTGCTAGA GTCATCACTT CCCATTGGAC TGAGAACATT 
CACACTTTCT TAGAAATGAA AAAGTGGTGT GATTATTTCA TCCTAAGTAA TATAAACATT 
TGTGAATTTT GGAATCTGAA TTTAATTCAC CTTTCGGACT TAAGTGATGA GCTTCTGTTG 
AAGAATATTG CTTTTTACTA TGAAAATGAA AATGCTGAAG GCCTACATTC GAATTTAGGA 
GATGCCATTA TGAAAGATTA TGAACATCTC TGGAATACTG TGTCAAAGCT GATCAGAAAG 
TTTGCTGTTG GAAAGCCATT TCCTCTGAGA ACAACAAAAC TTTCTTTTCT TGAAGAGAAT 
CCATCACCAA TCAAAGATAC CTCCAAGGAA AAGATTCCTA ATTTGGGATT TATTTCAATG 
TCATGTGAAG TGGTTGATAA GTTTGTTGGC AACCTTTTGA AAGATTTGCC TTTCTTAAAA 
AGTGATGATC CTATTGTAAC TTCACTAGTT AAACAAAAGG AATTCAATGA ACTTTTGCAT 
TGGCATTCTC ACAGACCCCT TAGTGATGAT TATGACAGGA CAAAGTGTCA ATTTGATGAA 
AAATCTAGAG ATCCTCATTA TCTTAGGTCT GTACAGAAGT ATCATGTTTT TCAACGATTT 
TATGGAAATT CATTAGAATC AGTCTCTTCA AAAGTCGTCG TAACTCAAGC TGTCAAGCCA 
AAGAATAATT TTAGTGCACC CAAGAACAAA AAGGCACATG AGACTAAGGC TGAAATAATT 
ACTAGAGAGA ATAAAAAGAG GTTATTTGCT AAGGAGGAAC AAAAAGAGGA GAAAAAGTGG 
AGTGTTCTGT CATTTTCTAT TGAGGAGGAA ATGAAAGAGA ACTTAAACTC TGGAATTAAG 
AACCTGGAAG ATTTTTTGAA ATCGTGTAAA AGTAACTCAG TGAAATTTCG AGTTGAAATG 
GTAGCATTAA CTGCCTGCTT GAAAGCATGG AAAGAACATT GCCGAGGTGA AACCACGAAA 
GATTTAAATA TAGCTGTTCA AATGATGAGA AGGATCCATT CCTTGATGGA GAAATACCCA 
GAACTTTTGC AGGAGGCAGA TCAGCAACTC ATAGCCAAAT GCCTGAAGTA TTTAGGATTT 
GATGAATTGG CAAGTTCTTT ATATCCAGCC CAGGTCTCAA GAGATGACGT AAAGAAGAAA 
ACAGATAAAT ACTCAATTGG CATTGGGCCA GTTCGGTTTC AACTACAATA CATGGGCCAT 
TATTTGATAC GAGATGAGAG AAAAGATCCA GATCCCAGAG TTCAGGATTT TATTCCTGAC 
ACATGGCAGC GAGAGCTCCT TGATGTTGTG GATAATAATG AGTCAGCAGT GATTGTCGCC 
CCAACGTCCT CAGGCAAAAC CTATGCTTCC TACTATTGCA TGGAGAAGGT GCTGAAGGAG 
AGCAATGAAG GGGTAGTTGT GTATGTTGCA CCAACAAAGG CCCTTGTTAA TCAAGTAGCA 
GCAACTGTTC AGAATCGTTT TACCAAAAAT CTGCCAAATG GTGAAGCTCT GTGTGGTGTT 
TTTACAAGGG ATTATCGTCA TGATGCCTTA AACTGTCAGG TGCTTATTAC AGTGCCTGCC 
TGCTTTGAAA TTCTGCTATT AGCTCCTCAT CGCCAAACAT GGGTGAAAAG GATCAGATAT 
GTTATATTTG ATGAGGTCCA TTGTCTTGGC GGAGAAATTG GAGCAGAAGT CTGGGAGCAT 
CTCCTTGTCA TGATCCGATG TCCCTTTTTG GCTCTTTCAG CTACCATAAG TAACCCTGAG 
CATCTCACTG AGTGGCTACA ATCAGTAAAA CACTACTGGA AACAAGAAGA CAATACAATG 
GGAAAAAATA CTGCTTTTAA AAGAAATGCT GGCTGTTATG CCAATTCTCC CAAAGATTAC 
TTCCGAATAA AGGAATCATA TAAAGTTAGA CTTGTGCTCT ATGGAGAGAG ATACAACGAT 
TTAGAGAAGC ATATATGTTC AATAAAACAT CATGACATTT ATTTTGATCA TTTTCACCCA 
TGTGCCGCAC TAACAACGGA TCATATTGAA AAGTATGGAT TCCCTTCTGA TCTTACCCTT 
TCCCCTCGAG AAACCATCCA GCTTTATGAT ACCATGTTTC AATTCTGGGA AAGCTGGCCC 
AGGGCCCAGG AGTTCGATCC AGACAAATTC ATTCATTTTA AGAATAAAAT AGTTGTTAAA 
AAGTTGGATG CTAGAAAATA TGAGGAGAGC TTAAAGGCAG AATTCACAAG TTGGATTAAA 
AATGGCCATA CTGAGGAGGC CAAAATGGTT CTGAGGAATC TTAGTCCTGA GTCAGTTTCT 
AGTTCAGAAA ACATGATAAG AATGTTTCCA CTTCTCGTTG AAAAGCTAAG GAAAATGGAA 
AAGTTACCAG CATTATTTTT TTTATTCAGC TTAAGAGACG TGGAACAAAC AGCTCAGTGG 
GTGAGATGTT TCCTGGAGCA AAAGCAGGAG AGACAAAGGC CCCCCGAAGC TGATAAAGAA 
GCCCATGACA TGATTAATAA ACTTCGAAAA GTTCAAAAAT CCATTGAGAA ACAAAAGACA 
ATGTATGAAA AAAAGCAGAA AATTCCAAGA AAAATGGATC AAAGGCTAAT AATACATGAA 
GGTGAACGTA ATAATCTACT CAAGATTTTA GAGAAGAACC TGGAAATCCC TCAGGAGTGC 
ACATATGCTA ATCAAAAAGC AATAGACACT GAGACTTTGC AGATGGTGTT TGATCGAGTA 
AAATTCTCAA GAAAAGGTGC AGTGCTGAAG GCTTTGGCAG GAAGGGGTAT TGGATATCAT 
CACAGCTCTT TAAGCTTCAA AGAAAAACAG TTAGTTGAGA TACTTTTTCG GAAAGGATTT 
ATTAGGGTGG TGACAGCTAC TGGGACACTT GCTTTAGGAG TCAACATGCC TTGTAAATCT 
GTGGTGTTTG CTCAAAACTC AATCTATCTG GATGCTTTAA ATTATAGACA GATGTCTGGA 
CGTGCTGGAA GACGAGGTCA AGACCTGCTG GGAGATGTAT ATTTCTTTGA TATTCCATTG 
CCCAAAATAG AAAAACTCAT TAAATCCAAT GTTCCTGAAC TGAAAGGACA GTTTCCTCTC 
AGCATTACAC TGGTCCTGCG ACTCATGCTG CTGGCCTCCA AGGGAGATGA CCCAGAGGAT 
GCCAAAGCAA AGGTGCTGTC AGTGCTAAAG CATTCATTGT TGTCCTTCAA AAAACCCAGA 
GTCATGGAGA CGTTAAAACT TTACTTCTTG TTTTCTTTGC AATTCCTTGT GAAACAGGGC 
TATTTAGATC AAGAAGGTAA ACCAGTGGGG TTTGCTGGAC TTGTATCACA TTTGCATTAT 
CATGAGCCTT CTAATCTTGT TTTTGTCAGT TTTCTTGTAA AAGGCCTTTT CCATAATCTC 
TGTCAGCCAA CTAGGAAAGG CTCAAAACAT TTTTCTCAAG ATGTTATGGA AAAGCTAGTG 
CTAGTATTGG CAAATCTGTT TGGAAGAAGG CTTCTTCCAG CAAAGTTCCG GGATAGTACT 
GTCACGTTTT ATCAATCAAA GGTGTTCCTT GATGATCTCC CTGAGGATTT TAATGATGCT 
TTACATGAGT ATAATATGGA CATTACAAAG GATTTTGCCT CCTTCCTACT AAATGTTGCC 
AAATTGGCTG ATATGAAACA GGAATATGAA CTCCCATTGT CAAAAACAAA TTTCACAGGA 
AAAGAATGTG AGGACTCTGA ACTTGTGTCT CACTTGATGA ACTGCAAAGA AGGAAGAGTA 
GCTATTTCTC CATTTGTTTG TCTCTCTGGA AACTCTGATG GTGATTTGCT TCAACCAAAT 
ACTCCAAACC ATGCCATTCT ACGCACAATT GGTATCAATC ACGCTCAGGC TCCTGTGCTG 
TGGTCACAGA TATTTGATAA CCAGGGAAGA AGAATGCCAC TTAATGCTTA TGCACTTGAT 
TTCTATAAAC ATGGTTCCTT GACAGGACTA GTCCAAGACA ACAGGATAAA TGAAGGAGCT 
GCTTATCAGT TGTTGAAAGA TTTTGCACTC ACCATTAAAT CTATCAGTGT TTCCTTGCGT 
GAACTATGTG AAAATGAAGA CGACAATGTG GTCTTAGCAT TTGAACAGTT GAGTGACACC 
TTTTTTGAAA AACTTAAGGC AGTTTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011221897.1
CDS	175..5301
Translation	MEEHMMILERMSQLILSAVPKAEYSSLFNDFIESEFFLIDGDSLLATCICEKSLKSGQELHFFYLVECYLMDLISKGGQFAIVFFQDAEYAYFGLPELLPLRTALILHLQHNTTIDVRTKFSGCLSQEWEIFLEDSYPYYLIVADEGLTHLQTYLFNFLITQSWAMKVNIVLSSGQTSDILRLYAYLMPSMYKNQKFFKENKEKIESAYKTLIKQLEECRISALEFLFGNLNWKNMMEEACETISQLKQLWPEGSDIRRVLCVTSCSLSLRMYHHFLENRKKTTSDEKTNIQEEESNCLALQEMEDLCKLHCLSVVFLLHLPLSQRACARVITSHWTENIHTFLEMKKWCDYFILSNINICEFWNLNLIHLSDLSDELLLKNIAFYYENENAEGLHSNLGDAIMKDYEHLWNTVSKLIRKFAVGKPFPLRTTKLSFLEENPSPIKDTSKEKIPNLGFISMSCEVVDKFVGNLLKDLPFLKSDDPIVTSLVKQKEFNELLHWHSHRPLSDDYDRTKCQFDEKSRDPHYLRSVQKYHVFQRFYGNSLESVSSKVVVTQAVKPKNNFSAPKNKKAHETKAEIITRENKKRLFAKEEQKEEKKWSVLSFSIEEEMKENLNSGIKNLEDFLKSCKSNSVKFRVEMVALTACLKAWKEHCRGETTKDLNIAVQMMRRIHSLMEKYPELLQEADQQLIAKCLKYLGFDELASSLYPAQVSRDDVKKKTDKYSIGIGPVRFQLQYMGHYLIRDERKDPDPRVQDFIPDTWQRELLDVVDNNESAVIVAPTSSGKTYASYYCMEKVLKESNEGVVVYVAPTKALVNQVAATVQNRFTKNLPNGEALCGVFTRDYRHDALNCQVLITVPACFEILLLAPHRQTWVKRIRYVIFDEVHCLGGEIGAEVWEHLLVMIRCPFLALSATISNPEHLTEWLQSVKHYWKQEDNTMGKNTAFKRNAGCYANSPKDYFRIKESYKVRLVLYGERYNDLEKHICSIKHHDIYFDHFHPCAALTTDHIEKYGFPSDLTLSPRETIQLYDTMFQFWESWPRAQEFDPDKFIHFKNKIVVKKLDARKYEESLKAEFTSWIKNGHTEEAKMVLRNLSPESVSSSENMIRMFPLLVEKLRKMEKLPALFFLFSLRDVEQTAQWVRCFLEQKQERQRPPEADKEAHDMINKLRKVQKSIEKQKTMYEKKQKIPRKMDQRLIIHEGERNNLLKILEKNLEIPQECTYANQKAIDTETLQMVFDRVKFSRKGAVLKALAGRGIGYHHSSLSFKEKQLVEILFRKGFIRVVTATGTLALGVNMPCKSVVFAQNSIYLDALNYRQMSGRAGRRGQDLLGDVYFFDIPLPKIEKLIKSNVPELKGQFPLSITLVLRLMLLASKGDDPEDAKAKVLSVLKHSLLSFKKPRVMETLKLYFLFSLQFLVKQGYLDQEGKPVGFAGLVSHLHYHEPSNLVFVSFLVKGLFHNLCQPTRKGSKHFSQDVMEKLVLVLANLFGRRLLPAKFRDSTVTFYQSKVFLDDLPEDFNDALHEYNMDITKDFASFLLNVAKLADMKQEYELPLSKTNFTGKECEDSELVSHLMNCKEGRVAISPFVCLSGNSDGDLLQPNTPNHAILRTIGINHAQAPVLWSQIFDNQGRRMPLNAYALDFYKHGSLTGLVQDNRINEGAAYQLLKDFALTIKSISVSLRELCENEDDNVVLAFEQLSDTFFEKLKAV

Target ORF information:

RefSeq Version	XM_011223595.2
Organism	Ailuropoda melanoleuca(giant panda)
Definition	Ailuropoda melanoleuca DExD/H-box helicase 60 (DDX60), mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011223595.2

ORF Insert Sequence:

ATGGAAGAAC ACATGATGAT TTTAGAGAGA ATGTCACAGC TAATTTTGAG TGCAGTGCCA 
AAAGCTGAAT ATTCCAGTTT ATTCAATGAT TTTATTGAAT CTGAATTTTT TCTGATTGAT 
GGAGATTCAT TACTTGCTAC ATGTATATGT GAGAAATCAT TAAAATCGGG GCAGGAGCTC 
CACTTCTTTT ATCTGGTTGA ATGCTATCTT ATGGATCTTA TCAGTAAAGG AGGACAATTT 
GCCATAGTTT TCTTCCAGGA TGCTGAGTAT GCATATTTCG GCCTCCCTGA ACTTCTTCCT 
TTGAGAACTG CTTTAATTCT TCATCTTCAG CATAATACCA CCATTGATGT TCGAACAAAA 
TTTTCTGGAT GCCTGTCACA GGAGTGGGAA ATTTTCTTGG AAGACAGTTA CCCATATTAC 
CTGATAGTTG CAGATGAAGG ACTGACCCAT CTACAAACAT ACCTTTTCAA CTTTTTAATT 
ACTCAGTCTT GGGCAATGAA AGTCAACATC GTGCTTTCCT CAGGGCAAAC ATCTGACATT 
CTTCGACTTT ATGCGTACCT TATGCCAAGC ATGTATAAAA ACCAAAAATT TTTCAAAGAG 
AATAAAGAGA AGATTGAGAG TGCTTATAAA ACCCTGATTA AACAATTGGA AGAATGTAGA 
ATTTCGGCAC TAGAATTTCT TTTTGGAAAT TTAAATTGGA AAAATATGAT GGAAGAGGCA 
TGTGAAACTA TTTCTCAGCT TAAGCAGCTC TGGCCAGAAG GCTCTGATAT TCGGCGTGTT 
CTTTGTGTTA CTTCATGCTC CTTGTCTTTG AGAATGTACC ATCACTTTTT AGAAAACAGA 
AAAAAGACTA CCTCTGATGA GAAAACTAAC ATCCAAGAGG AGGAAAGTAA TTGCTTAGCC 
CTGCAAGAGA TGGAGGATCT GTGTAAACTG CACTGTCTCA GTGTGGTTTT CCTACTCCAC 
TTACCTCTTT CTCAAAGAGC CTGTGCTAGA GTCATCACTT CCCATTGGAC TGAGAACATT 
CACACTTTCT TAGAAATGAA AAAGTGGTGT GATTATTTCA TCCTAAGTAA TATAAACATT 
TGTGAATTTT GGAATCTGAA TTTAATTCAC CTTTCGGACT TAAGTGATGA GCTTCTGTTG 
AAGAATATTG CTTTTTACTA TGAAAATGAA AATGCTGAAG GCCTACATTC GAATTTAGGA 
GATGCCATTA TGAAAGATTA TGAACATCTC TGGAATACTG TGTCAAAGCT GATCAGAAAG 
TTTGCTGTTG GAAAGCCATT TCCTCTGAGA ACAACAAAAC TTTCTTTTCT TGAAGAGAAT 
CCATCACCAA TCAAAGATAC CTCCAAGGAA AAGATTCCTA ATTTGGGATT TATTTCAATG 
TCATGTGAAG TGGTTGATAA GTTTGTTGGC AACCTTTTGA AAGATTTGCC TTTCTTAAAA 
AGTGATGATC CTATTGTAAC TTCACTAGTT AAACAAAAGG AATTCAATGA ACTTTTGCAT 
TGGCATTCTC ACAGACCCCT TAGTGATGAT TATGACAGGA CAAAGTGTCA ATTTGATGAA 
AAATCTAGAG ATCCTCATTA TCTTAGGTCT GTACAGAAGT ATCATGTTTT TCAACGATTT 
TATGGAAATT CATTAGAATC AGTCTCTTCA AAAGTCGTCG TAACTCAAGC TGTCAAGCCA 
AAGAATAATT TTAGTGCACC CAAGAACAAA AAGGCACATG AGACTAAGGC TGAAATAATT 
ACTAGAGAGA ATAAAAAGAG GTTATTTGCT AAGGAGGAAC AAAAAGAGGA GAAAAAGTGG 
AGTGTTCTGT CATTTTCTAT TGAGGAGGAA ATGAAAGAGA ACTTAAACTC TGGAATTAAG 
AACCTGGAAG ATTTTTTGAA ATCGTGTAAA AGTAACTCAG TGAAATTTCG AGTTGAAATG 
GTAGCATTAA CTGCCTGCTT GAAAGCATGG AAAGAACATT GCCGAGGTGA AACCACGAAA 
GATTTAAATA TAGCTGTTCA AATGATGAGA AGGATCCATT CCTTGATGGA GAAATACCCA 
GAACTTTTGC AGGAGGCAGA TCAGCAACTC ATAGCCAAAT GCCTGAAGTA TTTAGGATTT 
GATGAATTGG CAAGTTCTTT ATATCCAGCC CAGGTCTCAA GAGATGACGT AAAGAAGAAA 
ACAGATAAAT ACTCAATTGG CATTGGGCCA GTTCGGTTTC AACTACAATA CATGGGCCAT 
TATTTGATAC GAGATGAGAG AAAAGATCCA GATCCCAGAG TTCAGGATTT TATTCCTGAC 
ACATGGCAGC GAGAGCTCCT TGATGTTGTG GATAATAATG AGTCAGCAGT GATTGTCGCC 
CCAACGTCCT CAGGCAAAAC CTATGCTTCC TACTATTGCA TGGAGAAGGT GCTGAAGGAG 
AGCAATGAAG GGGTAGTTGT GTATGTTGCA CCAACAAAGG CCCTTGTTAA TCAAGTAGCA 
GCAACTGTTC AGAATCGTTT TACCAAAAAT CTGCCAAATG GTGAAGCTCT GTGTGGTGTT 
TTTACAAGGG ATTATCGTCA TGATGCCTTA AACTGTCAGG TGCTTATTAC AGTGCCTGCC 
TGCTTTGAAA TTCTGCTATT AGCTCCTCAT CGCCAAACAT GGGTGAAAAG GATCAGATAT 
GTTATATTTG ATGAGGTCCA TTGTCTTGGC GGAGAAATTG GAGCAGAAGT CTGGGAGCAT 
CTCCTTGTCA TGATCCGATG TCCCTTTTTG GCTCTTTCAG CTACCATAAG TAACCCTGAG 
CATCTCACTG AGTGGCTACA ATCAGTAAAA CACTACTGGA AACAAGAAGA CAATACAATG 
GGAAAAAATA CTGCTTTTAA AAGAAATGCT GGCTGTTATG CCAATTCTCC CAAAGATTAC 
TTCCGAATAA AGGAATCATA TAAAGTTAGA CTTGTGCTCT ATGGAGAGAG ATACAACGAT 
TTAGAGAAGC ATATATGTTC AATAAAACAT CATGACATTT ATTTTGATCA TTTTCACCCA 
TGTGCCGCAC TAACAACGGA TCATATTGAA AAGTATGGAT TCCCTTCTGA TCTTACCCTT 
TCCCCTCGAG AAACCATCCA GCTTTATGAT ACCATGTTTC AATTCTGGGA AAGCTGGCCC 
AGGGCCCAGG AGTTCGATCC AGACAAATTC ATTCATTTTA AGAATAAAAT AGTTGTTAAA 
AAGTTGGATG CTAGAAAATA TGAGGAGAGC TTAAAGGCAG AATTCACAAG TTGGATTAAA 
AATGGCCATA CTGAGGAGGC CAAAATGGTT CTGAGGAATC TTAGTCCTGA GTCAGTTTCT 
AGTTCAGAAA ACATGATAAG AATGTTTCCA CTTCTCGTTG AAAAGCTAAG GAAAATGGAA 
AAGTTACCAG CATTATTTTT TTTATTCAGC TTAAGAGACG TGGAACAAAC AGCTCAGTGG 
GTGAGATGTT TCCTGGAGCA AAAGCAGGAG AGACAAAGGC CCCCCGAAGC TGATAAAGAA 
GCCCATGACA TGATTAATAA ACTTCGAAAA GTTCAAAAAT CCATTGAGAA ACAAAAGACA 
ATGTATGAAA AAAAGCAGAA AATTCCAAGA AAAATGGATC AAAGGCTAAT AATACATGAA 
GGTGAACGTA ATAATCTACT CAAGATTTTA GAGAAGAACC TGGAAATCCC TCAGGAGTGC 
ACATATGCTA ATCAAAAAGC AATAGACACT GAGACTTTGC AGATGGTGTT TGATCGAGTA 
AAATTCTCAA GAAAAGGTGC AGTGCTGAAG GCTTTGGCAG GAAGGGGTAT TGGATATCAT 
CACAGCTCTT TAAGCTTCAA AGAAAAACAG TTAGTTGAGA TACTTTTTCG GAAAGGATTT 
ATTAGGGTGG TGACAGCTAC TGGGACACTT GCTTTAGGAG TCAACATGCC TTGTAAATCT 
GTGGTGTTTG CTCAAAACTC AATCTATCTG GATGCTTTAA ATTATAGACA GATGTCTGGA 
CGTGCTGGAA GACGAGGTCA AGACCTGCTG GGAGATGTAT ATTTCTTTGA TATTCCATTG 
CCCAAAATAG AAAAACTCAT TAAATCCAAT GTTCCTGAAC TGAAAGGACA GTTTCCTCTC 
AGCATTACAC TGGTCCTGCG ACTCATGCTG CTGGCCTCCA AGGGAGATGA CCCAGAGGAT 
GCCAAAGCAA AGGTGCTGTC AGTGCTAAAG CATTCATTGT TGTCCTTCAA AAAACCCAGA 
GTCATGGAGA CGTTAAAACT TTACTTCTTG TTTTCTTTGC AATTCCTTGT GAAACAGGGC 
TATTTAGATC AAGAAGGTAA ACCAGTGGGG TTTGCTGGAC TTGTATCACA TTTGCATTAT 
CATGAGCCTT CTAATCTTGT TTTTGTCAGT TTTCTTGTAA AAGGCCTTTT CCATAATCTC 
TGTCAGCCAA CTAGGAAAGG CTCAAAACAT TTTTCTCAAG ATGTTATGGA AAAGCTAGTG 
CTAGTATTGG CAAATCTGTT TGGAAGAAGG CTTCTTCCAG CAAAGTTCCG GGATAGTACT 
GTCACGTTTT ATCAATCAAA GGTGTTCCTT GATGATCTCC CTGAGGATTT TAATGATGCT 
TTACATGAGT ATAATATGGA CATTACAAAG GATTTTGCCT CCTTCCTACT AAATGTTGCC 
AAATTGGCTG ATATGAAACA GGAATATGAA CTCCCATTGT CAAAAACAAA TTTCACAGGA 
AAAGAATGTG AGGACTCTGA ACTTGTGTCT CACTTGATGA ACTGCAAAGA AGGAAGAGTA 
GCTATTTCTC CATTTGTTTG TCTCTCTGGA AACTCTGATG GTGATTTGCT TCAACCAAAT 
ACTCCAAACC ATGCCATTCT ACGCACAATT GGTATCAATC ACGCTCAGGC TCCTGTGCTG 
TGGTCACAGA TATTTGATAA CCAGGGAAGA AGAATGCCAC TTAATGCTTA TGCACTTGAT 
TTCTATAAAC ATGGTTCCTT GACAGGACTA GTCCAAGACA ACAGGATAAA TGAAGGAGCT 
GCTTATCAGT TGTTGAAAGA TTTTGCACTC ACCATTAAAT CTATCAGTGT TTCCTTGCGT 
GAACTATGTG AAAATGAAGA CGACAATGTG GTCTTAGCAT TTGAACAGTT GAGTGACACC 
TTTTTTGAAA AACTTAAGGC AGTTTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

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DDX60 cDNA ORF clone, Ailuropoda melanoleuca(giant panda)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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